Gas does not have a specific texture because it consists of molecules that are widely spaced apart and move freely. This allows gas to fill the space of its container and take its shape.
Well, darling, helium is a gas, so it doesn't really have a texture. It's like asking what the texture of air is - it's just not a thing. So, if you're looking to touch helium, I'm afraid you're out of luck.
Neptune does not have a surface; it is a gas planet.
Gas does not have a solid texture like a physical object; it is made up of particles that move freely and take the shape of their container. However, some gases may feel cold or warm to the touch depending on their temperature.
Ne solidifies under high pressure conditions even at RT. Nonhydrostatic compression may induce texture in terms of developing crystallites preferred orientation.
The 3 kinds of textures are: * Visual texture * Artificial texture * True texture
helium is a gas, so it doesn't really have a texture.
No one knows for sure. At room temperature, it is a gas. Therefore, there is no texture.
Under standard conditions of temperature and pressure Chlorine is a greenish/yellow gas, so it has no texture.
Hydrogen is a gas and thus does not have texture .
No - neon is a gas.
Xenon, a gas at room temperature, does not have a texture. It feels like air.
under normal conditions, chlorine is a gas, so it has no texture
Carbon Dioxide (CO2) is a gas above -78 deg celcius. Not sure a gas can have a texture. Below that it is similar to that of fozen water and is often called dry ice. The actual texture would depend on the texture of the walls of the container within which it was frozen. Just like ice, it can be rough, smooth, rippled, depending on the container in which it was frozen.
texture is a relationship from what you can touch and see. If you can feel or see it; it has texture.
Hydrogen gas is a colorless, odorless, and tasteless gas at room temperature and pressure. It is a diatomic molecule composed of two hydrogen atoms.
Well, darling, helium is a gas, so it doesn't really have a texture. It's like asking what the texture of air is - it's just not a thing. So, if you're looking to touch helium, I'm afraid you're out of luck.
As a gas, oxygen has no texture, obviously. As a liquid, however, I am assuming it will take on the texture of a liquid.